====== Videos ======


===== Standard Work Audits =====

A great video from Patrick Adams (CEO of [[https://findleansolutions.com|PA Consulting Services LLC]]). Patrick is a MBA, Lean Coach, Six Sigma Black Belt from Allendale, Michigan.
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I visited one company where a critical process underwent a Standard Work Audit every hour... performed by a different member of the team working in that process (the auditor role was rotated amongst the team). While ISO 9001 & AS 9100 auditors might question the "impartiality" of the "auditor" performing the Standard Work Audit, none of the "auditors" ever audited their own work. Instead, this approach was, essentially, a "buddy audit" (or "associate audit") approach. This ensured that the entire team was "on the same page" in understanding the process.

===== Procedures / Work Instructions =====

Another great video, from Josh Darnit (Yes. That's his real name), is the "Exact Instructions Challenge". 

An important part of "standardized work" is having detailed instructions. EVERYONE creating a procedure or work instruction should be required to watch this entertaining video.
 
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===== Teams (and prototyping) =====

Tom Wujec - "Build a Tower, build a Team"

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===== Value Stream Mapping Tutorial =====

How to do Value Stream Mapping – Lesson 1
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How to do Value Stream Mapping – Lesson 2 - The Customer Demand
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How to do Value Stream Mapping – Lesson 3 - The Process Box
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How to do Value Stream Mapping – Lesson 4 - The Material Flow
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===== Metrological Confirmation (a.k.a. "calibration") Methods =====
==== How to Metrologically Confirm (a.k.a. "calibrate") Vernier, Dial or Digital Calipers ====

This video (from Ruby Metrology) shows users how to check or verify Vernier, Dial and/or Digital Calipers performance (wear pattern of OD jaws, ID jaws, Depth & Step Parameters) by using Multi-function, Multi-dimensional Length Standard Quick Check. All sides of Quick Check are usable.
 
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==== How to Metrologically Confirm (a.k.a. "calibrate") Vernier, Dial or Digital Micrometers ====

This video (from Ruby Metrology) shows users how to check or verify Vernier, Dial and/or Digital Micrometers (linearity ONLY - Does NOT check parallelism) by using Multi-function, Multi-dimensional Length Standard Quick Check. All sides of the Quick Check are usable.
 
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==== How to Metrologically Confirm (a.k.a. "calibrate") Depth Micrometers ====
This video (from Ruby Metrology) shows users how to check or verify Depth Micrometers using a Quick Check Master Block.

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==== How to Metrologically Confirm (a.k.a. "calibrate") Plunger Dial Indicators ====
This video (from Ruby Metrology) shows users how to check or verify Plunger Dial Indicators using a Quick Check Master Block.

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==== How to Metrologically Confirm (a.k.a. "calibrate") Bore Gauges ====
This video (from Ruby Metrology) shows users how to check or verify Bore Gauges using a Quick Check Master Block.

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==== How to Metrologically Confirm (a.k.a. "calibrate") a Bevel Protractor ====
This video (from Ruby Metrology) shows users how to check or verify a Bevel Protractor using a Quick Check Master Block.

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